Source: “Mobile Gaming Genre Study” by Interpret (Facebook IQ-commissioned online survey of 13,412 mobile games ages 18+ across AU, BR, CA, DE, FR, ID, IN, JP, KR, UK, US, Nov–Dec 2019)
Source: Genre and Great Games: Understanding Audiences and Designing Better Mobile GamesOver the course of 10 minutes of gameplay, more than half of Puzzle players in the UK and 49% of Japanese players said they would like to see one 30 second ad as opposed to shorter ad units with more frequent breaks.
Source: Genre and Great Games: Understanding Audiences and Designing Better Mobile GamesSource: “Mobile Gaming Genre Study” by Interpret (Facebook IQ-commissioned online survey of 13,412 mobile games ages 18+ across AU, BR, CA, DE, FR, ID, IN, JP, KR, UK, US, Nov–Dec 2019)
Source: Genre and Great Games: Understanding Audiences and Designing Better Mobile GamesTop 20%* utilization Overall utilization 63% 51% 59%
Source: Genre and Great Games: Understanding Audiences and Designing Better Mobile GamesBut for Dread Hunger, we're seeing average playtimes of 30 hours, and we're seeing median play times of seven or eight hours - which is in our opinion really, really long.
Of the countries surveyed, they are most popular in Japan and South Korea with over 4 in 10 mobile gamers playing RPG games.
Source: Genre and Great Games: Understanding Audiences and Designing Better Mobile GamesMore likely to self-identify as gamers 1.3 to 1.5x
Source: Genre and Great Games: Understanding Audiences and Designing Better Mobile GamesRelieving stress 52% 62% UK
Source: Genre and Great Games: Understanding Audiences and Designing Better Mobile Games
or null if not a key, "label": "reward 0/4", "value": ...} or null if not a value, "label": "reward 0/4", "value": ...} or null if not a value, "label": "reward 0/4", "value": ...} or null if not a value, "label": "reward 0/4", "value": ...} or null if not a value, "label": "reward 0/4", "value": ...} or null if not a value, "label": "reward 0/4", "value": ...} or null if not a value, "label": "reward 0/4", "value": ...} or null if not a value, "label": "reward 0/4", "value": ...} or null if not a value, "label": "reward 0/4", "value": ...} or null if not a value, "label": "reward 0/4", "value": ...} or null if not a value, "label": "reward 0/4", "value": ...} or null if not a value, "label": "reward 0/4", "value": ...} or null if not a value, "label": "reward 0/4", "value": ...} or null if not a value, "label": "reward 0/4", "value": ...} or null if not a value, "label": "reward 0/4", "value": ...} or null if not a value, "label": "reward 0/4", "value": ...} or null if not a value, "label": "reward 0/4", "value": ...} or null if not a value, "label": "reward 0/4", "value": ...} or null if not a value, "label": "reward 0/4", "value": ...} or null if not a value, "label": "reward 0/4", "value": ...} or null if not a value, "label": "reward 0/4", "value": ...} or null if not a value, "label": "reward 0/4", "value": ...} or null if not a value, "label": "reward 0/4", "value": ...} or null if not a value, "label": "reward 0/4", "value": ...} or null if not a value, "label": "reward 0/4", "value": ...} or null if not a value, "label": "reward 0/4", "value": ...} or null if not a value, "label": "reward 0/4", "value": ...} or null if not a value, "label": "reward 0/4", "value": ...} or null if not a value, "label": "reward 0/4", "value": ...} or null if not a value, "label": "reward 0/4", "value": ...} or null if not a value, "label": "reward 0/4", "value": ...} or null if not a value, "label": "reward 0/4", "value": ...} or null if not a value, "label": "reward 0/4", "va

The image displays a mobile phone with an app open, showing a game. The game is called "WILD LIFE" and the player has completed 375 out of a total of 1,000. The game is set to win and has a gold coin counter that shows the player has 8,680 coins. The game is set to "Out of Milk", "Hay Day", and "Golden Eggs". There are 5 different animals in the game, each with a unique name. The player has collected 4 of these animals and is currently in the "Giddyup" stage. The game has a cartoon style, with bright colors and simple shapes.

The figure illustrates a rodent model used to study the effects of food deprivation on the gut microbiota and immune response in mice. The setup includes a small, enclosed space with various components labeled to provide context for the experimental conditions. 1. **Food Dispenser**: Positioned on the left side of the enclosure, this component is connected to a food source, likely a bowl or container filled with food pellets. The dispenser ensures that the mice receive a consistent amount of food, which is crucial for maintaining their health and behavior. 2. **To Shock Generator**: This device is connected to the food dispenser via a blue tube. When activated, it generates an electrical shock, which is used to induce stress or anxiety in the mice. This stressor is essential for studying the impact of food deprivation on the gut microbiota and immune response. 3. **Electric Grid**: Located at the bottom of the enclosure, this grid is likely used to measure electrical activity or other physiological parameters. It provides a controlled environment for monitoring the mice's behavior and responses. 4. **Speaker**: Positioned at the top of the enclosure, this speaker is probably used to produce sound or other auditory stimuli. The sound waves generated by the speaker can be detected and analyzed in relation to the mice's behavior. 5. **Signal Lights**: These lights are likely used to illuminate the enclosure and provide visual cues for the mice. They help in monitoring their behavior, especially during the experiment. 6. **Levers**: There are two levers in the enclosure, one near the food dispenser and another near the shock generator. These levers might be used to control certain aspects of the experiment, such as the timing or intensity of the shocks. 7. **Levers**: Another set of levers is located near the electric grid, possibly used to adjust or measure electrical parameters. The overall setup suggests a controlled environment designed to study the effects

The figure illustrates a user interface from the "Minecraft: Story Mode" game, specifically focusing on the "Pick One" feature. The interface is designed to help players make decisions in a game setting, where they can choose between different items or actions. Here's a detailed description of the figure: 1. **Central Icon**: At the center of the interface is a red icon with a white outline, which appears to be a character or item from the game. This central icon is surrounded by a circular arrangement of various items. 2. **Items Around the Central Icon**: - **Top Left**: A green book with a red bookmark. - **Top Center**: A yellow book with a red bookmark. - **Top Right**: A green book with a red bookmark. - **Middle Left**: A yellow book with a red bookmark. - **Middle Center**: A green book with a red bookmark. - **Middle Right**: A yellow book with a red bookmark. - **Bottom Left**: A green book with a red bookmark. - **Bottom Center**: A yellow book with a red bookmark. - **Bottom Right**: A green book with a red bookmark. 3. **Icons and Numbers**: - Each item has an associated number next to it, indicating the quantity or value of that item. For example: - The green book with a red bookmark has the number "50" next to it. - The yellow book with a red bookmark has the number "35M" next to it. - The green book with a red bookmark has the number "30" next to it. - The yellow book with a red bookmark has the number "35M" next to it. - The green book with a red bookmark has the number "30" next to it. - The yellow book with a red bookmark has the number "35M" next to it. - The green book with a red bookmark has the number "30" next to it. - The yellow book with a red bookmark has the number "35M" next to it. - The green book with a red bookmark has the number "30" next to it. - The yellow book with a red bookmark has the number "35M" next to it. 4. **Background and Layout**: - T

The image displays a slot machine with the title "MEGA Wheel of Fortune." The wheel is divided into 12 equal sections, each with a different number. The numbers range from 1 to 12 and are arranged in a circular pattern around the wheel. Each number is accompanied by a corresponding prize amount, which is displayed in red text next to the number. The prizes range from 0.00 to 1.99 million dollars, with some numbers having a multiplier of 1000 (e.g., 1.99M). The wheel is set against a colorful background with stars and sparkles, giving it a vibrant and eye-catching appearance. The overall design of the slot machine is bright and engaging, designed to attract players with its large, bold text and eye-catching colors.

The image displays a mobile game app with a blue background and white text. There is an illustration of a man in the center, wearing a suit and tie, with his right hand raised. He has a surprised expression on his face. There are two dice in the upper left corner of the image, and a green button with white text that reads "Let's Roll!" in the lower right corner. The background is a light blue color, with a subtle gradient from top to bottom.
GameAnalytics presents a structured framework for designing and implementing data tracking within games, emphasizing the creation of a comprehensive tracking plan that aligns analytics teams with development stakeholders. The guide outlines five sequential steps: first, brainstorming core questions about player behavior and business objectives; second, translating those questions into specific events using predefined categories such as Session, Business, Resource, Progression, Error, Ads, and Impression; third, defining dimensions and attributes to contextualize events with user identifiers, device details, and custom fields; fourth, integrating the plan through GameAnalytics SDKs tailored to various platforms; and fifth, maintaining an iterative process that revisits questions and updates events as the game evolves. Key recommendations include limiting custom events to a maximum of 50 unique identifiers, adopting a Category > Sub‑Action framework for clarity, and ensuring rigorous validation to avoid duplicate or misleading data. The document stresses the importance of consistent documentation, ownership assignment, and cross‑functional collaboration to prevent redundant data collection and maintain analytical integrity. By following this step‑by‑step methodology, developers can establish a reliable data pipeline that supports accurate KPI measurement and informed decision‑making throughout the game’s lifecycle.
The study demonstrates that generative AI‑driven non‑player characters can deliver deeply engaging, emotionally resonant gameplay. In a 122‑hour experiment with 68 participants, the “Dead Meat” demo achieved high immersion scores—97 % UES reward and 94 % focused attention—while keeping mental demand low (NASA‑TLX scores of 64.7 for demand and 52.7 for performance). Qualitative interviews consistently cited the NPCs’ human‑like dialogue and narrative depth as key contributors to player enjoyment. Quantitative data confirm widespread satisfaction: 96 % of players rated overall enjoyment as high, and 90 % praised the creative freedom afforded by the open‑ended design. Subscale analysis of the GUESS instrument revealed that 60 % achieved a top score for Creative Freedom, 65 % for Personal Gratification, and 80 % for Play Engrossment. Thematic coding identified freedom of expression, challenge‑driven motivation, and immersive conversation as primary drivers of satisfaction, indicating that the game successfully balances agency with sufficient guidance. Player behavior analysis uncovered seven distinct strategic approaches—such as “Good Cop/Bad Cop” interrogation, “Rule Bender End Justifies the Means,” and “Smart Arse” manipulation—often combined within a single session. Participants responded equally to voiced and text‑based NPCs, and the 20‑minute session length encouraged replayability through role‑playing different characters. Although the brief duration limited long‑term insight, emergent strategies were viewed as a feature rather than a flaw. Future research will explore how authorial adjustments influence player responses across demographic groups, reinforcing the potential of AI NPCs to enrich narrative gameplay on a broad scale.
The Gamer Motivation Profile provides an empirical framework for understanding player behavior by categorizing gaming preferences into twelve distinct motivational factors. Developed through psychometric techniques and factor analysis, the model identifies how specific gaming desires—such as competition, immersion, or mastery—cluster together to drive player engagement. The primary thesis posits that gaming motivations exist on a spectrum, where both high and low scores serve as critical indicators of a player’s preferences, allowing for a nuanced analysis of why individuals gravitate toward specific titles or genres. The research is underpinned by a robust dataset of over 1.25 million unique gamers worldwide, with a demographic composition of 74% male, 22% female, and 3% non-binary, and a median age of 23. The geographic scope is global, with the largest concentrations of participants in North America (33%) and Western Europe (14%). Data collection relied on a five-minute online survey, which achieved high internal and test-retest reliability. By mapping these motivations against a 50th-percentile industry norm, the model allows analysts to visualize which factors are disproportionately important for specific game audiences, effectively linking demographic data with franchise-specific engagement. The twelve motivations are grouped into six thematic clusters: Action-Social (Destruction, Excitement, Community, Competition), Mastery-Achievement (Challenge, Strategy, Completion, Power), and Immersion-Creativity (Fantasy, Story, Discovery, Design). Each factor is defined by its behavioral anchors, providing a clear distinction between high-intensity, goal-oriented play and more relaxed, expressive, or exploratory experiences. By utilizing this standardized methodology, the research offers an actionable tool for developers and industry analysts to decode player behavior, predict engagement patterns, and better align game design with the psychological needs of diverse gaming audiences.
The analysis establishes that consumer applications are entering a “Game‑Design 2.0” era, driven by AI‑native personalization, real‑time feedback and progression systems that elevate engagement and monetization across education, fintech, e‑commerce, health, social media and emerging verticals. 2025 data reveal that spending on non‑gaming apps has already eclipsed gaming, with AI emerging as the primary revenue catalyst and consumer demand for instant, tailored experiences rising sharply. Founders are advised to secure durable competitive advantages by harvesting proprietary data from launch, embedding culturally resonant narratives, and deploying AI to deliver seamless, game‑like value rather than merely branding an app as “AI‑powered.” In high‑friction sectors, AI‑augmented game mechanics transform user behavior. Fintech platforms such as StockGro employ practice portfolios, leaderboards and AI‑personalized tutorials to convert financial discipline into instant gratification. E‑commerce brands like Temu and Bins use algorithmic discovery feeds, mystery boxes and streak rewards to boost retention beyond price. Health apps leverage voice‑first AI coaches with progression loops, while social networks such as TikTok demonstrate that behavioral AI coupled with variable rewards can drive record‑setting daily engagement. These examples underscore how immersive, AI‑enhanced game design unlocks higher user engagement and monetization in traditionally low‑engagement sectors. BITKRAFT Ventures positions itself as a top‑decile investor in consumer apps, employing equity, crypto and non‑dilutive user acquisition financing to accelerate growth. The firm projects that by 2025 non‑gaming mobile apps will surpass gaming revenue, reaching $150 B by 2030, and that AI‑driven gamification will create rapid, defensible moats. By 2035, BITKRAFT forecasts that at least five consumer non‑gaming companies could exceed $10 B in valuation, highlighting the strategic importance of AI and game design for future digital experiences.
Wojciech Ozimek has led one2tribe Sp. z o.o. for eleven years as CEO, overseeing organizational growth, product launches, sales and key client relationships. Under his direction the company has co‑created more than a dozen mobile and internet services, as well as several online games that collectively attract four million subscribers worldwide. Ozimek’s expertise lies in designing business‑oriented games, gamification solutions and educational titles, positioning him as a proponent of integrating gaming into everyday life. He has spoken at TEDx Kraków (2011) and Hewlett Packard/Warsaw (2012), frequently presenting at business‑gaming conferences in Poland and abroad, and co‑authored articles on gamification. Ozimek is a senior consultant with the international Cutter Consortium, contributing to “Business‑IT Strategies” and “Enterprise Architecture” teams. He authored the report “Storming the Cathedral: Collaborating for Innovation in Mobile Markets.” Within one2tribe he has led concept development for strategic projects, including a business model for interactive TV (iTVP) and advisory work on mobile content distribution for P4/Play, Heyah/PTC Era, and Polkomtel S.A. Prior to one2tribe, he managed the e‑business competency group and later served as Director of Development at Infovide (now Infovide‑Matrix), delivering architecture concepts for major clients such as Nordea Bank Polska, Telekomunikacja Polska S.A., PTC Era, Onet.pl, PTK Centertel and Kredyt Bank S.A. His notable project Nordea Solo earned the 2001 System Informatyczny Roku award. Ozimek’s earlier career included a role in the IT team at Telekomunikacja Polska S.A., where he implemented intranet solutions for the MikroBOK system, one of Poland’s first distributed data collection platforms. He holds a bachelor’s degree in Mathematics, Computer Science and Mechanics from the University of Warsaw. In recent years he has served on the boards of Flow Combine Sp. z o.o., SIP Consulting Sp. z o.o., and temporarily on the board of Flow Combine, a studio that published its sole title through 11 Bit Studios S.A. No records of insolvency, fraud convictions or court‑ordered prohibitions exist for Ozimek, and he has not held executive roles in companies undergoing bankruptcy or competing with 11 Bit Studios.
Chance-based mechanics drive player engagement by prioritizing the psychological thrill of anticipation over the actual value of rewards. This engagement is rooted in the release of dopamine during the period of uncertainty, where the wait for a result creates more neurological stimulation than the prize itself. By utilizing unpredictable reward schedules and the "near-miss" effect, developers foster a persistent belief that a significant win is imminent. This strategy is exemplified by the commercial success of Monopoly GO!, which generates between $100 million and $125 million in monthly revenue through a "saw-tooth" gameplay loop that oscillates between resource depletion and sudden, event-driven recovery. The effectiveness of these systems relies on a "pressure and release" cycle designed to maintain emotional tension without causing player burnout. High-volatility mechanics, such as digital wheels and randomized heists, are tuned to prioritize emotional impact over mathematical fairness. For instance, probabilities are often manipulated to limit low-tier prizes—sometimes to as little as 13%—while visually emphasizing jackpots to maximize excitement. Even traditionally negative outcomes are reframed as positive opportunities; in certain high-performing titles, escape rates from penalty mechanics like "Jail" are set as high as 80% to ensure the player remains within the rewarding flow of the game. Ultimately, long-term retention is achieved through the careful management of sensory-rich animations and gacha-style collection systems that create frequent "emotional spikes." By blending live events with boosters that temporarily alter the odds, developers create a dynamic environment where the player feels a constant sense of progression. This sophisticated orchestration of risk, hope, and visual feedback ensures that the psychological journey toward a potential reward remains compelling enough to sustain high levels of monetization and daily active usage across the mobile gaming landscape.
Sensor Tower introduces Game IQ Deep Tags, a taxonomy of 70 specialized markers designed to analyze the impact of specific mobile game features on market performance. These tags are categorized into gameplay, monetization, engagement, and social elements, providing developers with a framework to benchmark competitor roadmaps and identify high-value feature sets. The analysis covers the top 1,000 mobile games globally from Q2 2024 through Q1 2025, a segment representing 16 billion downloads and $67 billion in consumer spend. The findings reveal that feature density does not always correlate with market dominance. In the casual puzzle genre, titans like Royal Match and Candy Crush Saga utilize fewer luxury features, such as voice acting or cinematic cutscenes, compared to competitors like Gardenscapes, suggesting that core gameplay often outweighs feature volume. Conversely, in the mid-core RPG and strategy sectors, comprehensive monetization and engagement systems are standard. For instance, Age of Empires Mobile demonstrates high revenue per download by utilizing nearly all available monetization tags, while top RPGs leverage IP collaborations and recurring task systems to maximize player retention and session length. The research identifies significant growth opportunities in the hybridcasual segment, where features like in-app purchase (IAP) bundles remain underutilized despite correlating with a $1.77 increase in lifetime revenue per download. Additionally, portfolio analysis of top publishers like Tencent, Scopely, and King shows a universal prioritization of login systems to track player data, while specific mechanics like "monetized retries" remain niche to casual puzzle specialists. Ultimately, the data suggests that strategic feature implementation, rather than exhaustive adoption, is the primary driver of commercial success across different mobile gaming verticals.
Top Game Creators Academy (TGCA) is being introduced to the public for the first time at the Tokyo Game Show 2025, where it will occupy Hall 10’s organizer’s corner. The initiative, run by the Computer Entertainment Association in partnership with the Agency for Cultural Affairs and the Japan Arts & Culture Promotion Agency, aims to accelerate the development of next‑generation game creators by pairing them with active industry advisors and providing exposure through domestic and international events. The exhibition showcases ten emerging developers, each presenting a work‑in‑progress title ranging from an online cooperative 3D jump‑action (IN HARNESS) to a 2D puzzle platformer (Out of Skull), a collaborative “game‑making relay” (カラクリリレー!), a first‑person horror action (Ghost in the brain), a formula‑driven shooter (CYBER JANITOR), a rhythm‑action experience (OVER BEATS MYSELF), an exploratory RPG (Recover from Ruin), a 2D stealth‑action novel (Near The Sun), and a competitive typing‑board hybrid (NyctoType). All projects remain under development and may evolve before final release. The program, launched in April 2025, is structured as a two‑year pipeline in which creators receive ongoing mentorship and are encouraged to gather visitor impressions as direct feedback for iterative improvement. Although no quantitative metrics are provided, the breadth of genres and innovative mechanics underscores TGCA’s commitment to diversifying Japan’s game development talent pool and facilitating global market entry. The announcement concludes with a call for attendees to submit their reactions, positioning audience interaction as a core component of the creators’ growth trajectory.
The study demonstrates that genre is the primary factor influencing mobile game adoption, with puzzle and matching titles dominating in North America and East Asia, while card‑casino games lead elsewhere. Within these markets, strategy players—comprising 12–26 % of the player base—exhibit high retention when titles incorporate live events, achievements, and daily rewards. Their spending patterns favor direct purchases over random loot boxes, especially in Japan, and they tolerate rewarded ads only when infrequent and longer. Strategy games also deliver the highest lifetime value, largely through aggressive use of battle passes (present in 92 % of top titles) and character or gear upgrades. Role‑playing games attract players motivated by accomplishment, collection, and social interaction; churn is driven by repetitive gameplay and aggressive monetization. Successful RPGs mitigate this through frequent live events, multiple leveling paths, robust guild systems, and a balanced mix of loot boxes and bulk‑discount options. Monetization sensitivity varies regionally: U.S. players accept rewarded videos when they provide tangible benefits, whereas Korean and Japanese audiences are more tolerant of longer, character‑centric ads. Puzzle players skew female (≈70 %) and older (≈60 % aged 35+), favoring short solo sessions for stress relief. Retention gaps stem from boredom and slow progress; top performers address this with live events, diverse level goals, and event currencies. While community engagement is low overall, a majority welcome developer communication and leaderboard features. Hyper‑casual audiences similarly value frequent updates, social cues, and ad‑friendly monetization that avoids pay‑to‑win perceptions. Across all genres, the analysis identifies key mechanics—battle passes, VIP tiers, guilds, live‑event currencies, and ladder systems—that create recurring revenue streams and community retention. Combining season‑based progression with social collaboration and limited‑time rewards maximizes player lifetime value and monetization potential.
Hybridcasual games blend the instant‑on‑tap simplicity of hyper‑casual titles with deeper progression systems that encourage sustained engagement. The playbook outlines the genre’s rise, noting a 3 % download growth in 2022 to 5 billion downloads—up from 4.9 billion in 2021—while hyper‑casual downloads fell 15 %. Revenue has nearly doubled over two years, with ads contributing about 50 % of total earnings and in‑app purchases accounting for the remainder. Session lengths average 372 seconds, a 160‑second increase over hyper‑casual games, and retention rates at day 30 reach 54 % versus 42 % for hyper‑casual titles, with day 60 retention at 9 % versus 1 %. The document surveys sub‑genres such as Arcade Idle, Tower Defense, and Interactive Story, citing successful titles like Aquarium Land, City Defense!, and Fight for America. It highlights how hybrid mechanics—drawing towers, RPG‑style upgrades, or automated idle workers—boost lifetime value by 17–35 % in some cases. Methodology relies on aggregate download and revenue data from 2020‑2022, coupled with in‑house analytics tracking session length, retention, and monetization funnels. Best‑practice guidance centers on marketability, economy tuning, A/B testing, and post‑launch optimization. Case studies of Zombie Defense illustrate how adding narrative layers, social features, and tiered in‑app purchase options can lift LTV to $2+ on day 7. The playbook concludes that sustained success in Hybridcasual hinges on balancing accessibility with meta‑depth, maximizing IAP revenue, and continuously refining content based on player segmentation.
The analysis establishes that genre is the primary driver of mobile‑game discovery, influencing 49 % of players across nine major markets and outweighing recommendations and advertising. Within this framework, strategy titles deliver the highest lifetime value and revenue per install, a result of dense monetisation layers such as consumable boosts, speed‑ups, loot‑box bundles and limited‑time offers. Player motivations and churn factors differ markedly by genre and region: Japanese action‑RPG/MMORPG users play chiefly for stress relief (47 %) and item collection (37 %), while boredom, repetitiveness and aggressive monetisation trigger attrition, mirroring the experience of over a third of Korean RPG players who abandon games due to pushy in‑app purchases. Puzzle gamers are predominantly female (≈ 70 %) and older (≈ 60 % aged 35 +), favor short solo sessions, and seek stress relief and time‑killing. A pronounced mismatch exists between their expectations—learning, accomplishment and unique experiences—and current offerings, with only 17‑32 % feeling satisfied, leading to churn driven by boredom, slow progress and intrusive ads. Successful titles mitigate this through frequent live events, special‑event currencies and diverse level‑goal designs, while modest social engagement (20‑30 %) still influences retention. Notably, more than 80 % of U.S. puzzle players and roughly 68 % of Japanese players would return after a 30‑day hiatus if informed of new content, and 30‑36 % cite such updates as a decisive factor. Hyper‑casual audiences in the United States, United Kingdom and South Korea also demonstrate high receptivity to developer communication, exceeding 80 %. A comprehensive catalogue of core gameplay and monetisation mechanics—battle‑passes, consumable boosts, crafting, limited‑time bundles, VIP tiers, loot‑boxes
**Executive Summary – “Video Games in European Schools”** *(Based on the 2023‑2024 “Games in Schools” research project and the 25‑section document you provided)* | **What we know** | **Key figures** | **Implications** | |------------------|----------------|------------------| | **Teacher attitudes & usage** | • 1 474 teachers surveyed in 26 EU countries <br>• 63 % want more training <br>• Only 36 % currently use games; of those, 54 % use them **regularly** | There is strong demand for professional development, but adoption is still limited. | | **Perceived benefits** | • Boosts motivation, engagement, and inclusive learning <br>• Improves visuospatial cognition, attention, problem‑solving, creativity, collaborative skills, psychological capital (self‑efficacy, hope, resilience) <br>• Particularly helpful for low‑performing, special‑needs, and female students who play heavily | Games can be a lever for equity and 21st‑century competencies, but the impact varies by design and context. | | **Barriers** | • Difficulty finding age‑appropriate, curriculum‑aligned titles <br>• Limited teacher expertise & time <br>• Insufficient hardware, licences, and broadband <br>• Parental concerns (screen‑time, data‑privacy, violence) <br>• Lack of clear pedagogical frameworks & assessment tools | Overcoming these obstacles requires coordinated policy, funding, and teacher‑support structures. | | **Enablers & best‑practice examples** | • **Belgium (Flemish)** – “Education meets Games” events, strong focus‑group outcomes <br>• **Italy** – IVIPRO EDU, Maker Camp (Minecraft), Lega Scolastica esports league <br>• **Poland** – Free national rollout of *This War of Mine* with teacher guide <br>• **Luxembourg** – Dedicated “Digital Science” subject, Play Seriously handbook <br>• **Sweden** – Gamecamp programme (97 % transition to higher‑education pathways) | Nationally coordinated programmes that combine funding, teacher training, and curated game libraries are the most successful. | | **Market context** | • European video‑game market > €25 bn annually, 115 000 employees <br>• 53 % of Europeans play; ~50 % are women <br>• Industry bodies (Video Games Europe) and EU programmes (Horizon Europe, Creative Europe) are already positioning games as tools for education, inclusion, and wellbeing | A large, growing industry is ready to partner with schools, but alignment on educational goals is still needed. | | **Research gaps**